300-Year-Old Meteorite Deepens Our Understanding of How Heat Moves Through Matter

300-year-old meteorite deepens our understanding of how heat moves through matter

A meteorite that crashed in Germany almost 300 years ago is now helping scientists change how we understand heat. Carved from a meteorite that landed in Steinbach in 1724, a rare sample of silica, called tridymite, was recently found to defy what we thought we knew about how solids conduct heat. Typically, materials behave in predictable ways. Crystals, with their neatly ordered atomic structures, become worse at conducting heat as temperature i…

Meteorite Mineral Tridymite Could Transform Steel, AI, and Clean Tech—Here’s Why It Matters Now - Optic Flux

A Space Mineral With Real-World Power You probably haven’t heard of tridymite. But that’s about to change. This obscure mineral, first discovered in meteorites and found on Mars, is now making waves on Earth. Researchers at Columbia University have confirmed tridymite’s freakish ability to manage heat without losing efficiency. In an age where energy use, […]

Meteorite Silica Shocks Scientists as Research Reveals "This Space Mineral Could Revolutionize How We Manage Heat in Factories and Power Plants"

IN A NUTSHELL 🌌 Scientists at Columbia University discovered a hybrid crystal-glass material called tridymite with unique thermal properties. 🔬 Tridymite maintains constant thermal conductivity across temperatures, defying conventional heat conduction behaviors. 🔥 The material’s properties could revolutionize steel production by improving heat management and reducing carbon emissions. 🌍 Ongoing research into tridymite may impact [...]